import { Component } from './Component';
import { Command, CommandGroup, Loop, Trigger } from '../Commands';
import { Easing, Parameter } from '../Enums';
import { OsbColor, OsbVector2 } from '../Utils';
export declare abstract class Commandable extends Component {
    commands: (Command | CommandGroup)[];
    constructor();
    /**
     * Change the opacity of the object.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startOpacity Opacity at the start of the animation.
     * @param endOpacity Opacity at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    Fade(startTime: number | string, endTime: number | string, startOpacity: number, endOpacity: number, easing?: Easing): void;
    /**
     * Shorthand command for `Fade` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param opacity Opacity at the given time.
     */
    FadeAtTime(time: number | string, opacity: number): void;
    /**
     * Change the location of the object in the play area.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startPosition Position at the start of the animation.
     * @param endPosition Position at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    Move(startTime: number | string, endTime: number | string, startPosition: OsbVector2, endPosition: OsbVector2, easing?: Easing): void;
    /**
     * Shorthand command for `Move` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param position Position at the given time.
     */
    MoveAtTime(time: number | string, position: OsbVector2): void;
    /**
     * Change the X coordinate of the object.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startX X coordinate at the start of the animation.
     * @param endX X coordinate at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    MoveX(startTime: number | string, endTime: number | string, startX: number, endX: number, easing?: Easing): void;
    /**
     * Shorthand command for `MoveX` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param x X coordinate at the given time.
     */
    MoveXAtTime(time: number | string, x: number): void;
    /**
     * Change the Y coordinate of the object.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startY Y coordinate at the start of the animation.
     * @param endY Y coordinate at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    MoveY(startTime: number | string, endTime: number | string, startY: number, endY: number, easing?: Easing): void;
    /**
     * Shorthand command for `MoveY` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param y Y coordinate at the given time.
     */
    MoveYAtTime(time: number | string, y: number): void;
    /**
     * Change the size of the object relative to its original size.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startScale Scale factor at the start of the animation.
     * @param endScale Scale factor at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    Scale(startTime: number | string, endTime: number | string, startScale: number, endScale: number, easing?: Easing): this;
    /**
     * Shorthand command for `Scale` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param scale Scale factor at the given time.
     */
    ScaleAtTime(time: number | string, scale: number): void;
    /**
     * Change the size of the object relative to its original size, but X and Y scale separately.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startScale Scale vector at the start of the animation.
     * @param endScale Scale vector at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    ScaleVec(startTime: number | string, endTime: number | string, startScale: OsbVector2, endScale: OsbVector2, easing?: Easing): void;
    /**
     * Shorthand command for `ScaleVec` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param scale Scale vector at the given time.
     */
    ScaleVecAtTime(time: number | string, scale: OsbVector2): void;
    /**
     * Change the amount an object is rotated from its original image, in radians, clockwise.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startAngle Angle to rotate by in radians at the start of the animation.
     * @param endAngle Angle to rotate by in radians at the end of the animation.
     * @param easing How the command should "accelerate".
     */
    Rotate(startTime: number | string, endTime: number | string, startAngle: number, endAngle: number, easing?: Easing): void;
    /**
     * Shorthand command for `Rotate` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param angle Angle to rotate by in radians at the given time.
     */
    RotateAtTime(time: number | string, angle: number): void;
    /**
     * The virtual light source colour on the object. The colours of the pixels on the object are determined subtractively.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param startColor Color at the start of the animation.
     * Sprites with (255,255,255) will be their original colour and sprites with (0,0,0) will be totally black.
     * Anywhere in between will result in subtractive colouring.
     * @param endColor Color at the start of the animation.
     * Sprites with (255,255,255) will be their original colour and sprites with (0,0,0) will be totally black.
     * Anywhere in between will result in subtractive colouring.
     * @param easing How the command should "accelerate".
     */
    Color(startTime: number | string, endTime: number | string, startColor: OsbColor, endColor: OsbColor, easing?: Easing): void;
    /**
     * Shorthand command for `Color` when `startTime` and `endTime` are equal.
     * @param time Time in milliseconds/timestamp indicates when the event will occur.
     * @param color Color at the given time.
     * Sprites with (255,255,255) will be their original colour and sprites with (0,0,0) will be totally black.
     * Anywhere in between will result in subtractive colouring.
     */
    ColorAtTime(time: number | string, color: OsbColor): void;
    /**
     * Unlike the other commands, which can be seen as setting endpoints along continually-tracked values,
     * the `Parameter` command apply ONLY while they are active,
     * i.e.,you can't put a command from timestamps 1000 to 2000 and expect the value to apply at time 3000,
     * even if the object's other commands aren't finished by that point.
     * @param startTime Time in milliseconds/timestamp indicate when the event will start.
     * @param endTime Time in milliseconds/timestamp indicate when the event will end.
     * @param parameter `Parameter` to apply.
     */
    Parameter(startTime: number | string, endTime: number | string, parameter: Parameter): void;
    /**
     * Add a loop group to this sprite
     * @param group A loop group
     */
    Loop(group: Loop): void;
    /**
     * Add a trigger group to this sprite
     * @param group A trigger group
     */
    Trigger(group: Trigger): void;
    abstract getOsbString(): string;
}